Hair styler

ABSTRACT

Provided is a hair styler including: a hand-grip to which a power wire is connected and which has a switch for turning on and off the power; a heating part which is continuously mounted at one side of the hand-grip to emit heat when a user makes hair styling; and a hairstyling part which is combined with the heating part, is fixed by mounting bolts, and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling. The hair styler can fix up even severely curly hair by heat because hair is put between the hairstyling elements while moving in a state where one side of the hairstyling bodies of the hairstyling part gets in contact with the scalp, and can make hairstyling that the user wants using hair styling products.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a hair styler, and more particularly, to a hair styler which enables a user to directly fix the user's severe curly hair into straight hair or waved hair, and which heats a hair iron in an indirect heating method when the user fixes the user's hair so that the user can fix the user's hair in safety from burn.

2. Background Art

In general, a hair iron is made in the form of tongs whose two bodies are elastically hinge-coupled at a hand-grip part. The hair iron includes flat heaters which are respectively mounted in opposed sides of the two bodies or semicircular heaters, one of which has a concave surface and the other of which has a convex surface so that the semicircular heaters are matched with each other to fix a user's hair. As a modification of such a hair iron having the above structure, Korean Utility Model Registration No. 0206071 discloses an electric hair iron for forming straight hair which includes combs detachably mounted at both sides of one of the two bodies.

Moreover, Korean Utility Model Registration No. 0406640 discloses a heating comb device for a hair iron for making hair straight and waved which includes: a body having a groove; a flat-type heating element which is combined to the outer surface of the body and has a guide groove formed on the outer face thereof and an escape hole formed on the opposite face; and comb-teeth which is detachably combined to the inner face of the heating element and has a comb-shaped protrusion formed at an upper side and a guide protrusion formed at a lower side.

However, the conventional hair irons according to the prior arts have a disadvantage in that it is impossible to maintain a predetermined heating temperature of the heater because it cannot rapidly recover heat loss of the heaters which are in contact with hair due to the fixed type heaters.

Particularly, if hair is wet, when the heaters come into contact with the wet hair, the hair is dried, and at the same time, surface temperature of the heaters drops rapidly.

In this instance, because heating temperature applied to the hair is still lower than the user's setting temperature, the heaters which come into contact with the hair are not sufficiently heated, and hence, the conventional hair irons according to the prior arts cannot rapidly do a straight perm, a waved perm or hair drying when the user styles the user's hair.

Moreover, in a case that the iron has a temperature sensor for maintaining heating temperature set by the user, surface temperature of the heater rapidly drops when the hair iron comes into contact with hair and it takes lots of time to heat the hair iron to the setting temperature in the state where the hair iron gets in contact with hair. Thus, hair shops using the conventional hair irons spend a lot of money due to high electric consumption.

Furthermore, the conventional hair irons has another disadvantage in that persons who have severely curly hair like Africans cannot style their hair.

The reason is that coil spring type untamed hair cannot be straightened a little at a time and does not get straightened well.

Therefore, persons who have severely curly hair shave off hair or braid their hair thinly like dreadlocks to prevent hair from burrowing into the scalp. However, it takes lots of time and money to fix and style hair.

PRIOR ART DOCUMENTS Patent Documents

Patent Document 1: Korean Utility Model Registration No. 0206071

Patent Document 2: Korean Utility Model Registration No. 0406640

SUMMARY OF THE INVENTION

Accordingly, the present invention has been made in view of the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a hair styler which enables a user to style the user's hair into straight hair or waved hair in safety using a direct heating method.

It is another object of the present invention to provide a hair styler which enables the user to use the hair styler in safety because a part to directly apply heat to hair is not exposed to the outside and which enables the user to make various hair styles regardless of the length of hair.

It is a further object of the present invention to provide a hair styler which enables the user to make various hair styles just by combing hair with one hand like a general comb.

To accomplish the above object, according to the present invention, there is provided a hair styler, including: a hand-grip to which a power wire is connected and which has a switch for turning on and off the power; a heating part which is continuously mounted at one side of the hand-grip to emit heat when a user makes hair styling; a hairstyling part which is combined with the heating part, is fastened by mounting bolts, and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling.

The hairstyling part includes: a joining member which is forcedly combined at one side of the hand-grip in a state where the heating part is combined to the center thereof; a plurality of hairstyling elements which are mounted at one side of the joining member in the state where the heating part is combined to the center thereof and which are fixed by a plurality of the mounting bolts; and a finishing member which is joined with the heating part, is mounted at one side of the hairstyling elements and is fastened by a plurality of the mounting bolts. The hair styler fixes up hair by the action like ironing when heat is transferred to hair.

The hairstyling element includes: a hot plate which has a joining hole coupled with the heating part and a second bolt hole coupled with the mounting bolt and which is made of copper or aluminum with high heat conductivity and is formed at the central portion to receive heat from the heating part; and a hairstyling body which is formed on the outer circumference of the hot plate and is formed in an arrowhead by insert-molding of synthetic resin so that hair can be located between the hairstyling elements when the user combs hair. The hair styler fixes up hair by heat when hair put between the hairstyling elements while moving in a state where one side of the hairstyling bodies come into contact with the scalp.

According to the present invention, the hair styler enables the user to fix and style the user's hair in safety because the part to apply heat to hair is not exposed to the outside.

Additionally, the hair styler according to the present invention first fixes severely curly hair and second enables the user to easily make hair styling using hair products, such as hair gel, hair mousse, hair wax and so on, according to the user's hair style.

In addition, the hair styler according to the present invention enables the user to straighten curly hair and make various hair styles just by combing hair with one hand like a general comb.

BRIEF DESCRIPTION OF THE DRAWINGS

The above and other objects, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention in conjunction with the accompanying drawings, in which:

FIG. 1 is an exploded perspective view showing a hair styler according to a preferred embodiment of the present invention;

FIG. 2 is a perspective view showing an assembled state of the hair styler of FIG. 1;

FIG. 3 is a sectional view of the hair styler of FIG. 2;

FIG. 4 is a sectional view of hairstyling elements of a hair styler according to another preferred embodiment of the present invention;

FIG. 5 is a view showing a hair styler according to a further preferred embodiment of the present invention;

FIG. 6 is a schematic diagram showing another example of a hairstyling part of the hair styler; and

FIG. 7 is an enlarged sectional view showing essential parts taken along the line of A-A of FIG. 6.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

Hereinafter, a hair styler according to the present invention will be described in detail with reference to the attached drawings.

FIG. 1 is an exploded perspective view showing a hair styler according to a preferred embodiment of the present invention, FIG. 2 is a perspective view showing an assembled state of the hair styler of FIG. 1, and FIG. 3 is a sectional view of the hair styler of FIG. 2.

Referring to FIGS. 1 to 3, the hair styler according to the present invention includes: a hand-grip 100 to which a general power wire is connected and which has a switch 130 for turning on and off the power; a heating part 200 which is continuously mounted at one side of the hand-grip 100 to emit heat when a user makes hair styling; and a hairstyling part 300 which is combined with the heating part 200 and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling.

The hand-grip 100 includes an upper cover 110 and a lower cover 120, and the upper cover 110 has a plurality of through holes 111-1 and 111-2. The switch 130 is mounted at the through hole 111-1, and a lamp 140 is mounted at the other through hole 111-2.

The switch 130 is connected with a general power supply to control the heating part 200 by turning on and off the power. The lamp 140 displays an ON-state of the switch 130 so that the user can check an operation state of the hair styler.

The heating part 200 includes: a heating member 210 which is mounted at one side of the hand-grip 100 in the longitudinal direction to generate heat; and heat conduction plates 220 which are respectively mounted at both sides of the heating member 210 to transfer heat of the heating member 210 to the hairstyling part 300. The heating member 210 is connected with the power wire connected to the switch 130, and power supply is controlled by ON/OFF actions of the switch 130.

The hairstyling part 300 includes: a joining member 310 which is forcedly fit to one side of the hand-grip 100 in a state where the heating member 210 is combined to the center thereof; a plurality of hairstyling elements 320 which are located at one side of the joining member 310 to do hairstyling by heat applied from the heating member 210, the heating member 210 being mounted in the middle of the inner face of the hairstyling elements; and a finishing member 330 which is located at the other side of the hairstyling elements 320 and is put and fixed on one side of the heating member 210.

As shown in the drawing, the joining member 310 includes: a joining body 311 having the same form as the hairstyling elements 320; a joining protrusion 312 which is joined to one side of the hand-grip 110 at one side of the joining body 311 in a forced fitting manner; and a fitting hole 313 which is continuously mounted from the joining body 311 to the joining protrusion 312, so that the heating member 210 and the heat conduction plate 220 are inserted.

As shown in the drawing, the hairstyling elements 320 are mounted in parallel in the longitudinal direction of the hand-grip 100.

The hairstyling elements 320 includes: a hot plate 321 which has a joining hole 321-1 perforated from one side to the other side and a second bolt hole 321-2 to which a mounting bolt 350 is inserted, the hot plate 321 being made of one of copper and aluminum with high heat conductivity; and a hairstyling body 322 which is formed on the outer face of the hot plate 321 and is made of synthetic resin by insert-molding together with the hot plate 321.

Preferably, the hot plate 321 is made of a copper material because the hair styler can maintain cleanliness of the hair styler due to the anti-bacterial effect of copper.

Edges of the hairstyling elements 320 are formed in an arrowhead shape in cross section so that one side of the hairstyling element can be easily located between the severely curly hairs when the user combs hair.

Moreover, at least two second bolt holes 321-2 are formed on the outer face of the joining hole 321-1, and the joining member 310, the hairstyling elements 320 and the finishing member 330 are fixed by mounting bolts 350 fastened to the second bolt holes 321-2.

The mounting bolts 350 are fit into one side of the finishing member 330 and overhang one side of the joining member 310 after passing the hairstyling elements 320, and then, are coupled with nuts.

The finishing member 330 includes: a fixing groove 331 which is formed at one side and to which the heating member 210 is combined; and a first bolt hole 332 which is formed at an upper part of the fixing groove 331 so that the mounting bolt 350 is inserted thereinto.

The heating member 210 and the heat conduction plate 220 are joined to the fitting hole 313 of the joining body 311, the joining hole 321-1 of the hairstyling element 320 and the fixing groove 331 of the finishing member 330, so that heat of the heating member 210 is transferred to the hot plate 321 through the heat conduction plate 220.

Furthermore, in order to protect the hairstyling elements 320 and prevent the hairstyling elements 320 from being stained with foreign matters after the user finishes hairstyling, the hairstyling part 300 is put inside a cover 360.

Additionally, in order to prevent the hairstyling part 300 from touching a table or the floor of a room, there is a holder 400 having a seating recess 410 on which the hairstyling part 300 is put. Because the seating recess 410 of the holder 400 has the same shape as the bottom shape of the hairstyling element 320, the hairstyling part 300 can be easily seated thereon.

So, when the user combs hair, hair is located between the hairstyling elements 320, and the curly hair gets straightened by heat generated from the heating member 210.

In more detail, the arrowhead-shaped hairstyling body 322 is put between hair and hair, and in this instance, the hair is located between the hairstyling element 320 and the hairstyling element 320, and the heat generated from the heating member 210 is transferred to the hot plate 321 of the hairstyling elements 320 through the heat conduction plate 220, so that hair gets straightened by an action, such as ironing.

Thus, the curly hair can be easily fixed up because getting straightened whenever the hairstyling elements 320 pass.

As shown in FIGS. 1 to 3, the hairstyling elements of the hair styler according to the present invention are not limited to the above, but can be modified and changed in different ways as shown in FIG. 4.

FIG. 4 is a sectional view of hairstyling elements of a hair styler according to another preferred embodiment of the present invention.

Referring to FIG. 4, the hair styler according to the present invention includes: a hand-grip 100 to which a general power wire is connected and which has a switch 130 for turning on and off the power; a heating part 200 which is continuously mounted at one side of the hand-grip 100 to emit heat when a user makes hair styling; and a hairstyling part 300 which is combined with the heating part 200 and fixed by a mounting bolt 350 and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling by heat.

Because the hand-grip 100 and the heating part 200 have the same structures as those illustrated in FIGS. 1 to 3, their descriptions will be omitted, but the hairstyling part will be described.

The hairstyling part 300 includes: a joining member 310 which is forcedly fit to one side of the hand-grip 100 in a state where the heating member 210 is combined to the center thereof; a plurality of hairstyling elements 320 which are located at one side of the joining member 310 to do hairstyling by heat applied from the heating member 210, the heating member 210 being mounted in the middle of the inner face of the hairstyling elements; and a finishing member 330 which is located at the other side of the hairstyling elements 320 and is put and fixed on one side of the heating member 210.

Because the joining member 310 and the finishing member 330 have the same structures as those illustrated in FIGS. 1 to 3, their descriptions will be omitted, but the hairstyling elements 320 will be described.

As shown in FIGS. 1 to 3, each of the hairstyling elements 320 includes a hot plate 321 and a hairstyling body 322. The hot plate 321 is made of one of copper and aluminum to promote heat transfer of the heating member 210, and the hairstyling body 322 is combined to the hot plate 321 by insert-molding, and the hairstyling body 322 is formed in an arrowhead shape.

The hot plate 321 is in a convex form at the central portion like a convex lens so that hair adapts according to the growing form of hair or hair texture when the user combs hair, so that the user can easily fix up hair.

When the hairstyling elements 320 each of which has the convex central portion is mounted, the mounting bolt 350 for fastening the hairstyling element 320 is released a little so that the hairstyling element 320 can move a little based on the heating member 210.

The hairstyling elements 320 are formed at an interval ranging from 0.1 mm to 0.3 mm to move from side to side.

As described above, because the curly hair is as bristle as it can penetrate the skin by being rolled like a coil spring, the interval is formed between the hairstyling elements 320 so that the edges of the arrowhead-shaped hairstyling bodies 322 are put through hair to straighten the curly hair by the hot plate 321 which serves the ironing action.

After hair is first fixed up through the ironing action, the hair is second fixed up using hair products, such as hair gel, hair mousse and hair wax, so that the user can make hair styling according to the user's taste.

Therefore, because the user can make hair styling according to the user's taste even though the user has severely curly hair using the hair styler, the user can reduce inconvenience to visit a hair shop and reduce hair styling expenses generated whenever the user visits the hair shop.

As shown in FIGS. 1 to 4, the hair styler according to the present invention is not limited to the above, but can be modified and changed in different ways as shown in FIG. 5.

FIG. 5 is a view showing a hair styler according to a further preferred embodiment of the present invention.

Referring to FIG. 5, the hair styler according to the present invention includes: a hand-grip 100 to which a general power wire is connected and which has a switch 130 for turning on and off the power; a heating part 200 which is continuously mounted at one side of the hand-grip 100 to emit heat when a user makes hair styling; and a hairstyling part 300 which is combined with the heating part 200 and fixed by a mounting bolt 350 and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling by heat.

Because the hand-grip 100 and the heating part 200 have the same structures as those illustrated in FIGS. 1 to 3, their descriptions will be omitted, but only the hairstyling part 300 will be described.

The hairstyling part 300 includes: a joining member 310 which is forcedly fit to one side of the hand-grip 100 in a state where the heating member 210 is combined to the center thereof; a plurality of hairstyling elements 320 which are located at one side of the joining member 310 to do hairstyling by heat applied from the heating member 210, the heating member 210 being mounted in the middle of the inner face of the hairstyling elements; and a finishing member 330 which is located at the other side of the hairstyling elements 320 and is put and fixed on one side of the heating member 210.

Because the heating part 200, the hairstyling elements 320 and the finishing member 330 of the hairstyling part 300 shown in FIG. 4 have the same structures as those of the hairstyling part 300 shown in FIGS. 1 to 3, their descriptions will be omitted, but only a rotating member shown in FIG. 4 will be described.

The rotating member 340 of the hairstyling part 300 is mounted based on the heating part 200 and the mounting bolt 350 and is mounted between the hairstyling elements 320 to fix up hair while the hairstyling elements 320 move from side to side at a predetermined angle by the angle of an oval-shaped outer face of the rotating member 340 according to the growing direction of hair.

The rotating member 340 is formed in the oval shape and is mounted between the hairstyling elements 320, so that the hairstyling elements 320 move from side to side within a range of 0.1 mm to 0.3 mm by the rotating member 340.

As described above, when the hairstyling elements 320 move from side to side by the rotating member 340, ends of the arrowhead-shaped hairstyling bodies 322 are put through the curly hair which is rolled like a coil spring, so that the curly hair gets straightened by heat transferred to the hot plate 321. That is, the hair gets straightened by an action like ironing.

After hair is first fixed up using the hair styler, the hair is second fixed up using hair products, such as hair gel, hair mousse and hair wax, so that the user can make hair styling according to the user's taste.

Therefore, because the user can make hair styling according to the user's taste even though the user has severely curly hair like Africans using the hair styler, the user can reduce inconvenience to visit a hair shop and reduce hair styling expenses generated whenever the user visits the hair shop.

The hair styler according to the present invention is not limited to the structures shown in FIGS. 1 to 5, but can be modified and changed in different ways as shown in FIGS. 6 and 7.

FIG. 6 is a schematic diagram showing another example of a hairstyling part of the hair styler, and FIG. 7 is an enlarged sectional view showing essential parts taken along the line of A-A of FIG. 6.

Referring to FIGS. 6 and 7, the hair styler according to the present invention includes a hand-grip 100, a heating part 200 and a hairstyling part 300.

Because the hand-grip 100 and the heating part 200 have substantially the same structures as those illustrated in FIGS. 1 to 5, their descriptions will be omitted, and hairstyling elements 320 and gap forming members 323 of the hairstyling part 300 which are different from those of the hairstyling part 300 shown in FIGS. 1 to 5 will be described.

Each of the hairstyling elements 320 includes: a hot plate 321 which is made with a metal plate having a predetermined thickness and is directly heated by the heating member 210; and a hairstyling body 322 which is made of a synthetic resin material, is formed to surround the outer face of the hot plate 321, has an edge getting thinner and rounded and a cross section formed into the teeth of a comb.

The hot plate 321 is made of aluminum with high heat conductivity, and includes: a joining hole 321-1 which has the same shape as the cross section of the heating member 210; and a plurality of second bolt holes 321-2 which is formed on the outer circumference of the joining hole 321-1 and to which mounting bolts 350 are respectively fastened.

The hairstyling body 322 is made of a synthetic resin material which endures heat but has bad heat conductivity, has an edge getting thinner and rounded and a cross section formed into the teeth of a comb. That is, the hairstyling elements 320 are formed by insert-molding using a molding machine (not shown) so that the hot plate 321 and the hairstyling bodies 322 are formed integrally with each other.

The gap forming members 323 are mounted at central portions of both sides of the hot plate 321 and protrudes in such a way as to form a stepped jaw 323-1 to come into face contact with the neighboring hairstyling element 320 when the hairstyling elements 320 are layered and arranged. The hairstyling elements 320 are layered and arranged while gaps are formed between the hairstyling elements 320 by the gap forming member 323 in an edge area of the hot plate 321.

The gap forming member 323 includes: a heater penetrating hole 323-2 which is formed at the central portion so that the heating member 210 is combined to transfer heat; and a bolt penetrating hole 323-3 which is formed in the outer circumference where the heater penetrating hole 323-2 is formed, so that the mounting bolt 350 is fastened to the bolt penetrating hole 323-3.

The gap formed between the hairstyling elements 320 by the gap forming member 323 is within a range of 0.2 mm to 0.4 mm, preferably, 0.3 mm, to enable the user to easily comb hair.

Heat generated from the heating member 210 of the heating part 200 is transferred to the hot plate 321, and gets heated to about 170° C. in the gap between the hot plate 321 and the hairstyling element 320.

In the above state, when the user combs hair while holding the hand-grip, hair enters the gap between the hairstyling elements 320 and is heated. In this instance, when the user combs hair in such a way that an arrowhead-shaped protruding part of the hairstyling body 322 touches the scalp, hair easily enters the gap between the hairstyling elements 320.

When the user comes hair straight while making hair enter the gap, the hair gets straightened by the hot plate 321 of the neighboring hairstyling element 320, so that the user can fix up hair into a straight form. Moreover, when the user combs hair while rolling hair using the hair styler according to the present invention, the hair has volume and wave like curled hair.

Additionally, because the user can make hair styling that the user wants if hair is as long as it can enter the gaps between the hairstyling elements 320, the hair styler according to the present invention can fix up even short hair, and especially, can make even severely curly hair get straightened just by combing hair using the hair styler.

Moreover, the hair styler enables the user to use it in more safety because the hot plate 321 of the hairstyling element 320 is not exposed to the outside. 

What is claimed is:
 1. A hair styler comprising: a hand-grip (100) to which a power wire is connected and which has a switch (130) for turning on and off the power; a heating part (200) which is continuously mounted at one side of the hand-grip (100) to emit heat when a user makes hair styling; a hairstyling part (300) which is combined with the heating part (200) and is formed by insert-molding of metal and synthetic resin to easily transfer heat for doing hairstyling; mounting bolts (350) which are fit and fastened into a plurality of hairstyling elements (320) of the hairstyling part (300) so that the hairstyling elements (320) can move from side to side; and a cover (360) which is covered and combined on the hairstyling part (300) to protect hair from heat and dust of the hairstyling part (300).
 2. The hair styler according to claim 1, wherein the heating part (200) comprises: a heating member (210) which is mounted at one side of the hand-grip (100) to generate heat; and heat conduction plates (220) which are respectively mounted at both sides of the heating member (210) to transfer heat of the heating member (210) to the hairstyling part (300).
 3. The hair styler according to claim 1, wherein the hairstyling part (300) comprises: a joining member (310) which is mounted at one side of the hand-grip (100) in a state where the heating part (200) is combined to the center thereof; a plurality of hairstyling elements (320) which are located at one side of the joining member (310) in the state where the heating part (200) is combined to the center thereof and are fixed by a plurality of the mounting bolts (350); and a finishing member (330) which is joined at one side of the heating part (200) and at one side of a plurality of the hairstyling elements (320) and is fastened by a plurality of the mounting bolts (350).
 4. The hair styler according to claim 3, wherein the hairstyling element (320) comprises: a hot plate (321) which has a joining hole (321-1) coupled with the heating part (200) and a second bolt hole (321-2) coupled with the mounting bolt (350) and which is made of copper or aluminum with high heat conductivity and is formed at the central portion to receive heat from the heating part (200); and a hairstyling body (322) which is formed on the outer circumference of the hot plate (321) and is formed in an arrowhead by insert-molding of synthetic resin so that hair can be located between the hairstyling elements (320) when the user combs hair.
 5. The hair styler according to claim 3, wherein the hairstyling element (320) is formed like a convex lens so that the hairstyling element (32) can move in the direction of hair when the user combs hair, and the heating part (200) is combined to the center of the hairstyling element (320) and is fastened by the mounting bolt (350).
 6. The hair styler according to claim 3, wherein the hairstyling element (320) moves from side to side based on the heating part (200) and the mounting bolt (350).
 7. The hair styler according to claim 1, wherein the hairstyling part (300) comprises: a rotating member (340) which is combined to the heating part (200) and the mounting bolt (350) in a movable manner and is mounted between the hairstyling elements (320) so that hair is fixed up while moving in the direction of the hair.
 8. The hair styler according to claim 7, wherein the rotating member (340) is formed in an oval shape between the hairstyling elements 320, so that the hairstyling element (320) can move from side to side at an interval of one of 0.1 mm to 0.3 mm.
 9. The hair styler according to claim 1, wherein the hairstyling part (300) comprises: a joining member (310) which is mounted at one side of the hand-grip (100) in a state where the heating part (200) is forcedly combined to the center thereof; a plurality of hairstyling elements 320 which are located at one side of the joining member (310) in the state where the heating part (200) is combined to the center thereof and are fixed by a plurality of the mounting bolts (350); a gap forming member (323) mounted between the hairstyling elements (320) to form a gap to fix up hair using heat transferred from the heating part (200); and a finishing member (330) which is joined at one side of the heating part (200) and at one side of a plurality of the hairstyling elements (320) and is fastened by the mounting bolts (350).
 10. The hair styler according to claim 9, wherein the gap forming member (323) is mounted at one side of the hairstyling element (320) to form a gap within a range of 0.2 mm to 0.4 mm, so that the user can fix up hair, which is located between gaps, by the hot plate (321).
 11. The hair styler according to claim 4, wherein the hairstyling element (320) moves from side to side based on the heating part (200) and the mounting bolt (350). 